Hexagon lights connect together edge to edge using small connectors that carry power from one panel to the next, so a whole cluster or grid runs from a single power source. On low voltage plug and play systems the panels clip together by hand and run from a standard 3-pin plug. On mains systems a licensed electrician wires the supply into your ceiling. This guide covers how the connection works, what shapes you can build, and how to plan and power a layout that stays bright and even.
The short answer
The clever part of a hexagon system is that it is modular. Every panel is a six-sided module with connection points, so panels join to their neighbours and share power along the links. You decide the shape by choosing which edges to join, then the whole layout runs from one supply and one control.
That is what makes hexagon lighting so flexible. You are not fitting a fixed light, you are building one to suit the space, and you can add to it later using the same parts.
The one-line version
Panels join edge to edge with connectors that pass power along, so the layout you build runs as a single light from one supply and one control.
How the connection system works
Every quality kit includes three things that make the system work together: the panels, the connectors that join and power them, and a power supply sized to the number of panels. Here is the role each part plays.
The panels
Each six-sided panel is a module with connection points on its edges, so it can join to neighbouring panels in more than one direction.
The connectors
Small linkers join the panels edge to edge and carry the low voltage power from one panel to the next along the layout.
The power supply
A single supply powers the whole connected layout, up to the number of panels it is rated for. Beyond that you add power injection.
Because the connectors carry the power, you do not run a cable to every panel. You feed the layout at one point (or more on a big grid) and the links do the rest.
What is in the box and what you need
A quality hexagon kit is designed so everything you need to build the layout is included and matched. A typical kit contains:
- The panels. The number of six-sided panels for the layout the kit is designed to build.
- Connectors and linkers. The small parts that join panels edge to edge and carry power between them.
- A power supply. Sized to run the panels in the kit, with the lead to power the layout.
- Mounting hardware. The fixings or mounts to attach the system to the ceiling or wall.
- A control, on colour systems. A remote or app pairing for RGB and RGBW systems.
For a plug and play system you generally only need basic hand tools to mount it, plus a tape measure and a pencil to plan the position. For a mains system, a licensed electrician brings what is needed to wire it in. You do not need any special tools to join the panels themselves.
What shapes you can build
Because each panel has several sides, the same part builds very different looks. Common layouts include:
- Clusters. A tight group of panels for a feature over a bench, a car or a wall.
- Rows and runs. Panels in a line to light a bench or a walkway.
- Diamonds and honeycombs. Geometric shapes that make a statement on a ceiling.
- Full grids. A large tiled area to light a whole garage, gym or studio evenly.
Power supplies and power injection
The one technical point worth understanding is power. Each power supply can run a certain number of panels before the light at the far end starts to drop. On small layouts this never matters. On large grids it does, and the fix is power injection.
| Layout size | What to plan for | Result |
|---|---|---|
| Small cluster | One supply is plenty | Even, full brightness |
| Medium grid | Check the supply rating | Even if within the limit |
| Large grid | Add power injection | Full brightness across every panel |
What power injection actually means
It simply means feeding power into the layout at more than one point, so every panel gets full power. A supplier will tell you the panel limit per supply and where to inject on a larger grid.
Keeping a big grid even
On a small cluster you will never think about this, but on a large grid a little planning keeps every panel at full, even brightness. If a big layout looks slightly dimmer at the far end, it is almost always a power issue rather than a faulty panel, and it is easy to design out from the start.
- Stay within the supply rating. Each supply runs a set number of panels. Keep the layout within that limit, or plan a second feed.
- Inject power at more than one point. On a large grid, feeding power at both ends or the middle keeps brightness even across every panel.
- Plan feeds before you mount. Decide where power enters the layout while you are planning the shape, so the cabling is tidy and hidden.
- Ask the supplier for the panel limit. A good supplier will tell you how many panels one supply runs and where to inject for your exact layout.
Planning your layout
Planning a layout is easier than it sounds. Work from the space, not the shape.
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Measure the area you want to light
Decide how much of the ceiling or wall the light should cover, so you know the footprint the panels need to fill.
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Sketch the shape in panels
Draw the layout as hexagons over that footprint. Aim for even coverage with no big gaps that would leave dark patches.
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Count the panels and check the supply
Count how many panels the shape needs, then check that against what one supply can run. Plan power injection if the grid is large.
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Decide how it is powered
A plug and play system runs from a standard 3-pin plug. A mains install is wired in by a licensed electrician to a switch.
Connecting and mounting, step by step
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Lay out the panels
Set the panels out in the shape you planned so you can see it before mounting.
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Link the panels with connectors
Join the panels edge to edge with the connectors, which also carry the power between them. On plug and play systems this is a hand-tight, tool free step.
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Mount the system
Fix the linked layout to the ceiling or wall following the system's mounting method so it sits flat and secure.
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Connect the power
Plug a low voltage system into a standard 3-pin plug, or have a licensed electrician connect a mains system into your ceiling wiring.
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Test and expand later
Power on and check every panel is even. To grow the layout later, add matching panels and connectors, and add power injection if needed.
Controlling connected panels
Once linked, the panels behave as one light. A white system switches on and off together from the one switch. An RGB or RGBW system is controlled together by remote or app, so colour and effects change across the whole layout at once. That is part of why the systems feel so seamless: however many panels you build with, you control them as a single feature.
Common connection mistakes to avoid
Connecting hexagon panels is genuinely easy, and almost every problem people hit comes down to the same handful of avoidable mistakes. Keep these in mind and the build goes smoothly.
- Planning the shape after mounting. Lay the whole layout out on the floor and link it first, so you can see and adjust the shape before anything goes on the ceiling.
- Overloading one power supply. Exceeding the panel limit for a single supply is the usual cause of a big grid looking dim at the edges. Stay within the rating or add power injection.
- Forgetting the power feed position. Decide where power enters the layout while planning, so the cable reaches a plug or the electrician's point neatly.
- Mixing systems. Keep panels, connectors and supply within one system, as parts from different systems are not designed to link or share power.
- Mounting on an uneven surface. The layout sits best on a flat plane. Check the surface first so the panels sit flush and even.
You are not wiring a light to every panel. You feed the layout once and the links carry the power, which is what makes hexagon systems so easy to build and expand.
HEXA Lighting
Quick summary
Panels link edge to edge with connectors that pass power along, so your layout runs as one light from a single supply. Plan the shape to the space, stay within the supply limit or add power injection, and you can expand any time.
Why HEXA is Australia's choice
HEXA is Australia's original hexagon lighting specialist, and the reason so many Australians choose HEXA comes down to range, compliance and support you can rely on.
- Australia's original hexagon specialist. HEXA designs its own hexagon systems, not generic dropship products, so the range, fit and support are built around Australian homes and trade.
- The largest hexagon range in Australia. From a single cluster to full custom grids, HEXA offers the widest choice of hexagon systems in the country.
- Compliant as complete systems. Every HEXA system is certified as a whole system to Australian standards, not just from individually rated parts, so an electrician can install with confidence.
- Backed and supported locally. A 7-year warranty on our compliant systems and a local Australian team behind every order.
7-Year Warranty
Frequently asked questions
How do hexagon lights connect together?
The panels join edge to edge using small connectors or linkers that carry power from one panel to the next, so the whole layout runs from a single power source. You build the shape you want, then power it as one system.
Do you need tools to connect hexagon lights?
For most low voltage plug and play systems, no. The panels and connectors clip together by hand. Mounting the system to the ceiling and any mains wiring are separate steps, and fixed wiring should be done by a licensed electrician.
Can you connect hexagon lights in any shape?
Largely, yes. Because each panel has multiple sides, you can build clusters, rows, diamonds and full grids. There are sensible limits on how many panels one power supply can run, which is where power injection comes in on bigger layouts.
How many hexagon panels can you link together?
It depends on the system and the size of the power supply. Each supply can run a certain number of panels before you need to feed power in at a second point. A good supplier will tell you the limit and how to plan a larger grid.
What is power injection?
On a large layout, feeding power in at only one end can leave the far panels a little dimmer. Power injection means feeding power in at more than one point so every panel gets full, even brightness across a big grid.
Do hexagon lights come with connectors?
Quality kits include the connectors, linkers and power supply sized to the panels in the kit. If you expand later, you add matching panels and connectors from the same system.
Can I add more panels to my hexagon lights later?
Yes, that is a core benefit. You can start with a cluster and add panels over time, as long as you stay within the limits of your power supply or add injection as the layout grows.
Do the panels all turn on together?
Yes. Once linked, the connected panels behave as one light, controlled from the one switch, remote or app depending on the system.
Can you control the colour of connected RGB panels?
On RGB and RGBW systems, yes. The linked panels are controlled together by remote or app, so you can change colour and effects across the whole layout at once.
Is it hard to plan a hexagon layout?
Not really. Start with the area you want to light, sketch the shape in panels, and count them. The modular shape is forgiving, and a supplier can help you plan a layout that lights the space evenly.
Do I need an electrician to connect hexagon lights?
Clicking the panels together is not electrical work. Connecting a mains system into your ceiling wiring is, and it should be done by a licensed electrician. Low voltage plug and play systems run from a standard 3-pin plug.
What is the difference between plug-in and hardwired hexagon lights?
Plug-in systems run from a standard 3-pin plug and a low voltage supply, so you can set them up yourself. Hardwired systems are wired into your ceiling by an electrician for a permanent, switch-controlled install.
Will a bigger layout look dimmer at the edges?
Only if it is underpowered. That is exactly what power injection prevents. Plan the supply and injection points to the size of the grid and it stays even.
Can I make a hexagon light layout across a corner or two walls?
The panels are usually mounted on a flat ceiling or wall plane. For unusual layouts, plan the shape first and check mounting with your installer so it sits flat and safe.
Do connected hexagon lights use more power?
More panels use a little more power in total, but each panel is efficient, so even a large grid draws modest power for the light it produces.
Can I take my hexagon lights with me if I move?
Plug-in systems are easier to remove and reuse. A hardwired system should be removed by an electrician. Either way, keep the connectors and supply so the system goes back together cleanly.
Do hexagon lights come with a power supply?
Quality kits include a power supply sized to the panels in the kit, along with the connectors to link them. If you expand later, you add matching panels and, on a large grid, extra power injection so every panel stays at full brightness.
What happens if one hexagon panel stops working?
On a quality system with spare parts available, a single panel can usually be replaced without redoing the whole layout. It is another reason to buy a system with local support and spares rather than a cheap import with neither.
Can I change the shape of my hexagon layout later?
Yes. Because the panels simply link edge to edge, you can take the layout apart and rebuild it in a new shape, or add panels to extend it, as long as you stay within the power supply limit or add injection.
Build the hexagon layout your space needs
Explore HEXA hexagon systems and kits, all compliant as complete systems with the connectors and supply matched, or ask us to plan a layout for your room.
